Embedded system and IOT Service
Microcontrollers
- Microcontroller selection and evaluation
- Hardware design
- Testing and validation
- Firmware development
- Consulting
- Prototyping
Firmware
- Firmware design and development(Using Embedded C and Assembly languges)
- Firmware testing and debugging
- Firmware documentation
- Firmware migration
- Firmware updates
Peripheral
- On-chip peripherals programming
- Off-chip peripherals interfacing and programming
- Sensor interfacing
- Actuator interfacing
Wireless Communication Protocols
- Microcontroller selection and evaluation
- Hardware design
- Testing and validation
- Firmware development
- Consulting
- Prototyping
Gateway
- Industrial gateways
- Commercial gateways
- Home gateways
- Mobile gateways
Electronic System design with POC/Prototype
PCB Layout
We specialize in designing high-quality printed circuit board (PCB) layouts that optimize functionality and minimize manufacturing costs.
Schematic Design
Our schematic design services help you create accurate and detailed electronic schematics that can be used as a blueprint for your project.
Firmware Development
We have extensive experience in developing firmware for a variety of microcontrollers and other embedded systems.
Prototyping
Our team can create functional prototypes that allow you to test and refine your designs before moving to production.
Testing
We offer comprehensive testing services to ensure that your electronic systems meet your performance and reliability requirements.
Refinement & Documentation
We work with you to refine your designs based on testing results, making sure that your final product meets your needs. We provide complete documentation of your electronic system design, including schematics, bill of materials, and production files.
Methodology to develop embedded system and IOT based Product
Embedded system and IOT Service Methodology
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Define the requirements
Clearly define the requirements of the embedded system or IoT product, including the intended purpose, functionality, performance, and user interface.
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Choose the platform
Identify the hardware platform and software stack that will be used for the project. This may include selecting a microcontroller, sensor, wireless communication module, and operating system.
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Design the system architecture
Develop a high-level system architecture that defines the major subsystems and their interconnectivity.
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Develop the software
Develop the software for the embedded system or IoT product, including the firmware, application software, and user interface.
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Prototype and testing
Create a functional prototype of the system and conduct thorough testing to ensure that it meets the requirements and specifications.
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Refinement and optimization
Analyze the test results and refine the system as needed to optimize performance and functionality.